NEW WHITEPAPER: Stromasys legacy server emulation on Azure
Check out this new Whitepaper:
If your organization is using legacy hardware, you know the risk and cost of maintaining it. A virtualized environment on Azure Virtual Machines can offer better performance, lower costs, and less risk for running a legacy software stack. In this short guide, Ricardo Galvan of Global AzureCAT tells how one company used Stromasys Charon-AXP emulator to run a mission-critical application on Azure. Stromasys cross-platform server virtualization solutions enable you to use the Azure to run applications designed for SPARC, Alpha, VAX, PDP-11, and HP 3000.
You can download the whitepaper from Azure.com:
Many private and public sector organizations continue to operate mission-critical applications that run on servers from an earlier generation, such as SPARC, VAX, Alpha, and HP 3000. By rehosting applications on Microsoft Azure using emulation software—known as a lift-and-shift migration—you can safely phase out legacy hardware in a matter of days. Stromasys provides cross-platform server virtualization solutions that enable you to use the Azure cloud platform to run applications designed for Solaris, VMS, Tru64 UNIX, and MPE/iX operating systems, respectively.
AzureCAT Guidance
"Hands-on solutions, with our heads in the Cloud!"
Published on:
Learn moreWe can help you with NEW WHITEPAPER: Stromasys legacy server emulation on Azure
If you want help implementing, troubleshooting, or improving this product, contact us and we’ll point you in the right direction.
Related posts
Large-scale docking for drug design on Azure
“Only 10 total drugs in 46 years have been intentionally developed for childhood cancer and have reached FDA approval (reference). Childhood ...
E2E deployment of a production ready NDv4 (A100) cluster targeting large deep learning training
Introduction The NDv4 series is very popular for running large deep learning training jobs, which require lots of floating-point perfo...
Performance considerations for large scale deep learning training on Azure NDv4 (A100) series
Background The field of Artificial Intelligence is being applied to more and more application areas, such as self-driving cars, natural langua...
Best Practice for Running Cadence Spectre X on Microsoft Azure
Co-authors: Richard Paw and Andy Chan Electronic Design Automation (EDA) consists of a set of software (tools) and workflows for design...
Spack in a Multi-User HPC Environment on Azure
Spack is a package management tool designed for HPC environments. In this article we will demonstrate how to install and configure Spack...
AzureHPC Lustre Marketplace Offer
The AzureHPC Lustre Marketplace offer provides a fast and easy way to deploy a Lustre Filesystem on Azure. The features include: Deplo...
Mainframe Migration to Microsoft Azure with Intel Architecture on Your Terms.
IntroductionMainframes are still in wide use today for business-critical applications in many industries. According to a 2021 survey by IBM, 7...
Why Organizations are Entrusting Microsoft Cloud with their Mainframes
There is a resurgence of interest and renewed priority to transform core enterprise systems. This resurgence is largely driven by rapidly shif...
Automated HPC/AI compute node health-checks Integrated with the SLURM scheduler
Overview It is best practice to run health-checks on compute nodes before running jobs, this is especially important for tightly coupl...
GPU Monitoring using Azure Monitor
Overview Today, many highly parallel HPC/AI applications use GPU to improve the run-time performance. It is important to be able to monitor t...